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Features: S METAL Thick type Clutch Disc Unique metallic configuration and low gravity metallic material, T5001 Carborich, made light weight (Inertia is 10% lower than the genuine part). This thick type disc has excellent heat dissipation characteristics. The series can be applied to street as well as the competition user. They are also applicable to rally for which torque and high heat resistance are required, and to street sports for longer life. Exedy recommends using this product with Exedy reinforced clutch cover. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: S METAL Thick type Clutch Disc Unique metallic configuration and low gravity metallic material, T5001 Carborich, made light weight (Inertia is 10% lower than the genuine part). This thick type disc has excellent heat dissipation characteristics. The series can be applied to street as well as the competition user. They are also applicable to rally for which torque and high heat resistance are required, and to street sports for longer life. Exedy recommends using this product with Exedy reinforced clutch cover. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: S METAL Thick type Clutch Disc Unique metallic configuration and low gravity metallic material, T5001 Carborich, made light weight (Inertia is 10% lower than the genuine part). This thick type disc has excellent heat dissipation characteristics. The series can be applied to street as well as the competition user. They are also applicable to rally for which torque and high heat resistance are required, and to street sports for longer life. Exedy recommends using this product with Exedy reinforced clutch cover. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: S METAL Thick type Clutch Disc Unique metallic configuration and low gravity metallic material, T5001 Carborich, made light weight (Inertia is 10% lower than the genuine part). This thick type disc has excellent heat dissipation characteristics. The series can be applied to street as well as the competition user. They are also applicable to rally for which torque and high heat resistance are required, and to street sports for longer life. Exedy recommends using this product with Exedy reinforced clutch cover. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: S METAL Thick type Clutch Disc Unique metallic configuration and low gravity metallic material, T5001 Carborich, made light weight (Inertia is 10% lower than the genuine part). This thick type disc has excellent heat dissipation characteristics. The series can be applied to street as well as the competition user. They are also applicable to rally for which torque and high heat resistance are required, and to street sports for longer life. Exedy recommends using this product with Exedy reinforced clutch cover. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: S METAL Thick type Clutch Disc Unique metallic configuration and low gravity metallic material, T5001 Carborich, made light weight (Inertia is 10% lower than the genuine part). This thick type disc has excellent heat dissipation characteristics. The series can be applied to street as well as the competition user. They are also applicable to rally for which torque and high heat resistance are required, and to street sports for longer life. Exedy recommends using this product with Exedy reinforced clutch cover. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: ULTRA FIBER DISC The EXEDY Sports Series is ideal for Motor sport use incorporating friction material with high heat resistance properties and high strength fibers making the Sports Series an ideal clutch for street, circuit or drifting. High Heat Resistance The performance of a standard organic friction material usually suffers after slipping, accordingly EXEDY have developed the “Ultra Fiber” asbestos free material which retains high friction co-efficiency after being subjected to conditions associated with motor-sport applications and unlike competitors materials, if “fade” is experienced the EXEDY “Ultra Fiber” material will recover after a cooling down period. Tumbler strength increase Modifications to the friction material composite, specifically the copper weave will increase the heat-resistance characteristics and burst strength eliminating the need to reinforce the friction material with steel plate which is a common practice in some parts of the word. Abrasion resistance up Overuse of the clutch system in the party released position or use in a motor-sport environment will adversely impact on the wear rate of a conventional organic friction material unlike EXEDYS’s “Ultra Fiber” friction material which has a stable wear rate over a wide temperature range. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: ULTRA FIBER DISC The EXEDY Sports Series is ideal for Motor sport use incorporating friction material with high heat resistance properties and high strength fibers making the Sports Series an ideal clutch for street, circuit or drifting. High Heat Resistance The performance of a standard organic friction material usually suffers after slipping, accordingly EXEDY have developed the “Ultra Fiber” asbestos free material which retains high friction co-efficiency after being subjected to conditions associated with motor-sport applications and unlike competitors materials, if “fade” is experienced the EXEDY “Ultra Fiber” material will recover after a cooling down period. Tumbler strength increase Modifications to the friction material composite, specifically the copper weave will increase the heat-resistance characteristics and burst strength eliminating the need to reinforce the friction material with steel plate which is a common practice in some parts of the word. Abrasion resistance up Overuse of the clutch system in the party released position or use in a motor-sport environment will adversely impact on the wear rate of a conventional organic friction material unlike EXEDYS’s “Ultra Fiber” friction material which has a stable wear rate over a wide temperature range. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: ULTRA FIBER DISC The EXEDY Sports Series is ideal for Motor sport use incorporating friction material with high heat resistance properties and high strength fibers making the Sports Series an ideal clutch for street, circuit or drifting. High Heat Resistance The performance of a standard organic friction material usually suffers after slipping, accordingly EXEDY have developed the “Ultra Fiber” asbestos free material which retains high friction co-efficiency after being subjected to conditions associated with motor-sport applications and unlike competitors materials, if “fade” is experienced the EXEDY “Ultra Fiber” material will recover after a cooling down period. Tumbler strength increase Modifications to the friction material composite, specifically the copper weave will increase the heat-resistance characteristics and burst strength eliminating the need to reinforce the friction material with steel plate which is a common practice in some parts of the word. Abrasion resistance up Overuse of the clutch system in the party released position or use in a motor-sport environment will adversely impact on the wear rate of a conventional organic friction material unlike EXEDYS’s “Ultra Fiber” friction material which has a stable wear rate over a wide temperature range. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.

Features: ULTRA FIBER DISC The EXEDY Sports Series is ideal for Motor sport use incorporating friction material with high heat resistance properties and high strength fibers making the Sports Series an ideal clutch for street, circuit or drifting. High Heat Resistance The performance of a standard organic friction material usually suffers after slipping, accordingly EXEDY have developed the “Ultra Fiber” asbestos free material which retains high friction co-efficiency after being subjected to conditions associated with motor-sport applications and unlike competitors materials, if “fade” is experienced the EXEDY “Ultra Fiber” material will recover after a cooling down period. Tumbler strength increase Modifications to the friction material composite, specifically the copper weave will increase the heat-resistance characteristics and burst strength eliminating the need to reinforce the friction material with steel plate which is a common practice in some parts of the word. Abrasion resistance up Overuse of the clutch system in the party released position or use in a motor-sport environment will adversely impact on the wear rate of a conventional organic friction material unlike EXEDYS’s “Ultra Fiber” friction material which has a stable wear rate over a wide temperature range. CLUTCH COVER These clutch covers are designed to achieve a clamping load that is 40% higher than the genuine part allowing enabling a higher torque transmitting capacity. Ductile material is used for all p.plate and , high burst strength can be achieved in all temperature ranges. Applications for thin R metal disc and genuine thickness (Thick S metal disc and organic disc) are available.